public override void DrawNewFrame(TCODConsole screen)
{
if (m_enabled)
{
foreach (Point p in m_playerFOV)
{
int screenPlacementX = m_mapUpCorner.X + p.X + 1;
int screenPlacementY = m_mapUpCorner.Y + p.Y + 1;
if (IsDrawableTile(screenPlacementX, screenPlacementY))
screen.setCharBackground(screenPlacementX, screenPlacementY, ColorPresets.DarkRed);
}
foreach (ICharacter c in m_monsterFOV.Keys)
{
foreach (Point p in m_monsterFOV[c])
{
int screenPlacementX = m_mapUpCorner.X + p.X + 1;
int screenPlacementY = m_mapUpCorner.Y + p.Y + 1;
if (IsDrawableTile(screenPlacementX, screenPlacementY))
{
TCODColor currentColor = screen.getCharBackground(screenPlacementX, screenPlacementY);
screen.setCharBackground(screenPlacementX, screenPlacementY, TCODColor.Interpolate(currentColor, GetColorForMonster(c), .6f));
}
}
}
}
}
/// <summary>
/// Updates the consoles tiles to the default state of this window
/// </summary>
public virtual void InitializeConsole()
{
Vector2 screenCoords;
TCODColor coordColor;
Vector2 screenCenter = new Vector2(RogueGame.WindowWidth / 2, RogueGame.WindowHeight / 2);
console.clear();
for (int x = 0; x < console.getWidth(); x++)
{
for (int y = 0; y < console.getHeight(); y++)
{
// Get the absolute screen coords
screenCoords = new Vector2(x + origin.x, y + origin.y);
coordColor = Renderer.GetFadedColor(screenCoords, screenCenter, backgroundColor);
console.setCharBackground(x, y, coordColor);
DrawBorderAt(x, y, console.getWidth(), console.getHeight(), screenCoords, screenCenter);
}
}
// draw the windows title
if (title != null)
{
DrawText(2, 0, title, TCODColor.white);
}
}
// Display a line of text
public void DisplayText(string textToDisplay, int x, int y, TCODColor foregroundColor, TCODColor backgroundColor, int Index)
{
// Handle mainmenu colour-swapping
if (Index == (int)currentMenuOption)
{
foregroundColor = TCODColor.black;
colourInterpolate = colourInterpolate + colourInterpolateStep;
if (colourInterpolate >= 0.91)
{
colourInterpolateStep = -0.01;
}
else if (colourInterpolate <= 0.11)
{
colourInterpolateStep = 0.01;
}
backgroundColor = TCODColor.Interpolate(TCODColor.yellow, TCODColor.red, (float)colourInterpolate);
}
rootConsole.setBackgroundColor(backgroundColor);
rootConsole.setForegroundColor(foregroundColor);
if (Index != -1)
{
System.Text.StringBuilder OffSetString = new System.Text.StringBuilder();
OffSetString.Append(' ', (36 - textToDisplay.Length) / 2);
textToDisplay = OffSetString + textToDisplay + OffSetString;
}
else
{
if (x == -1)
{
x = (consoleWidth - textToDisplay.Length) / 2;
}
}
int offset = 0;
foreach (char value in textToDisplay)
{
if (value == '[')
{
rootConsole.setForegroundColor(foregroundColor);
}
else if (value == ']')
{
rootConsole.setForegroundColor(foregroundColor);
}
else if (offset == 1 && textToDisplay[0] == '[')
{
rootConsole.setForegroundColor(foregroundColor);
}
else
{
rootConsole.setForegroundColor(foregroundColor);
}
offset++;
rootConsole.setCharBackground(x + offset, y, backgroundColor, TCODBackgroundFlag.Set);
rootConsole.print(x + offset, y, value.ToString());
}
}
public new void Draw(TCODConsole console, Point offset)
{
switch (DrawMode)
{
case DrawModes.Normal:
if (Area.SolidTerrainAt(Position))
{
goto case DrawModes.OnlyForegroundColor;
}
base.Draw(console, offset);
break;
case DrawModes.OnlyForegroundColor:
if (Position.X > offset.X && Position.X <= offset.X + 45 && Position.Y > offset.Y && Position.Y <= offset.Y + 45)
{
console.setCharForeground(Position.X - offset.X, Position.Y - offset.Y, ForegroundColor);
}
break;
case DrawModes.OnlyBackgroundColor:
if (Position.X > offset.X && Position.X <= offset.X + 45 && Position.Y > offset.Y && Position.Y <= offset.Y + 45)
{
console.setCharBackground(Position.X - offset.X, Position.Y - offset.Y, BackgroundColor);
}
break;
}
}
/// <summary>
/// Draw a cricle, which optionally fades out towards the edges. Only sets cell backgrounds
/// </summary>
public static void DrawCircle(TCODConsole console, Vector2 center, float radius, TCODColor color, bool fade = true)
{
TCODColor currentCol;
Vector2 pos;
int e = (int)(center.x + radius);
int w = (int)(center.x - radius);
int n = (int)(center.y - radius);
int s = (int)(center.y + radius);
// small optimization so that the distance doesnt have to be calculated for each tile
float radSqr = radius * radius;
for (int x = w; x <= e; x++)
{
for (int y = n; y <= s; y++)
{
pos.x = x;
pos.y = y;
float sqrDist = (center - pos).SqrMagnitude();
if (sqrDist > radSqr)
{
continue;
}
float mag = fade ? 1.0f - (sqrDist / radSqr) : 1.0f;
currentCol = console.getCharBackground(x, y);
console.setCharBackground(x, y, CrossFadeColor(color, currentCol, mag));
}
}
}
public override void DrawNewFrame(TCODConsole screen)
{
if (m_enabled)
{
int lowX = m_cursorPosition.X - (MapDrawnWidth / 2);
int lowY = m_cursorPosition.Y - (MapDrawnHeight / 2);
for (int i = lowX; i < lowX + MapDrawnWidth; ++i)
{
for (int j = lowY; j < lowY + MapDrawnHeight; ++j)
{
int screenPlacementX = m_mapCorner.X + i + 1;
int screenPlacementY = m_mapCorner.Y + j + 1;
if (IsDrawableTile(screenPlacementX, screenPlacementY))
{
if (m_map.IsPointOnMap(new Point(i, j)))
{
TileVisibility isVisible = m_tileVisibility[i, j];
if (isVisible == TileVisibility.Unvisited)
{
// If it's unvisisted, nuke the square completed black
screen.setCharBackground(screenPlacementX, screenPlacementY, ColorPresets.Black);
screen.setCharForeground(screenPlacementX, screenPlacementY, ColorPresets.Black);
screen.putChar(screenPlacementX, screenPlacementY, ' ');
}
}
}
}
}
}
}
// Draw the tile cursor, and inspection window if there are entites under the tile
private void DrawTileCursor(TCODConsole baseConsole, PlayerController.TileCursor tileCursor, Camera camera)
{
if (tileCursor.IsActive)
{
Vector2 start = Renderer.WorldToScreenCoord(camera, player.position);
Vector2 end = tileCursor.position;
Vector2 inspectPos = Renderer.ScreenToWorldCoord(camera, tileCursor.position);
// never draw it if cursor is not on map
if (!world.currentMap.InBounds(inspectPos))
{
return;
}
// change color depending on if the player has los to the endpoint
TCODColor lineColor = tileCursor.hasLOS ? Constants.COL_FRIENDLY : Constants.COL_ANGRY;
Renderer.DrawLine(baseConsole, start, end, lineColor);
baseConsole.setCharBackground(end.X, end.Y, cursorColor);
// decide if there is anything to inspect on this tile
Entity[] entities = world.currentMap.GetAllObjectsAt(inspectPos.X, inspectPos.Y);
// if there is stuff to inspect, and the inspect window is not open or is initialized for a different tile
if (entities.Length > 0 &&
(!inspectionWindow.isVisible || inspectionWindow.currentLocation != inspectPos))
{
// open the window, but make sure its on the opposite side of the where the cursor is so it never overlaps
if (tileCursor.position.X < engine.consoleWidth / 2)
{
inspectionWindow.origin.x = (camera.screenX + camera.width) - inspectionWindow.console.getWidth();
}
else
{
inspectionWindow.origin.x = camera.screenX;
}
var tile = world.currentMap.GetTile(inspectPos.X, inspectPos.Y);
// only open the inspector if the target tile is in los
if (tile.cachedLOS)
{
inspectionWindow.OpenForTile(tile, inspectPos);
}
}
else if (entities.Length == 0 && inspectionWindow.isVisible)
{
inspectionWindow.Close();
}
}
else
{
// always close inspect window if tile cursor gets turned off
if (inspectionWindow.isVisible)
{
inspectionWindow.Close();
}
}
}
public override void DrawNewFrame(TCODConsole screen)
{
if (m_enabled)
{
for (int i = 0; i < m_width; ++i)
{
for (int j = 0; j < m_height; ++j)
{
int screenPlacementX = m_mapUpCorner.X + i + 1;
int screenPlacementY = m_mapUpCorner.Y + j + 1;
if (IsDrawableTile(screenPlacementX, screenPlacementY))
{
if (m_moveableGrid[i, j])
screen.setCharBackground(screenPlacementX, screenPlacementY, ColorPresets.DarkGreen);
else
screen.setCharBackground(screenPlacementX, screenPlacementY, ColorPresets.DarkRed);
}
}
}
}
}
private void ColorSquare(TCODConsole screen, Point p, double strength, TCODColor color)
{
int screenPlacementX = m_mapUpCorner.X + p.X + 1;
int screenPlacementY = m_mapUpCorner.Y + p.Y + 1;
if (IsDrawableTile(screenPlacementX, screenPlacementY))
{
TCODColor attackColor = TCODColor.Interpolate(ColorPresets.Black, color, (float)strength);
TCODColor currentColor = screen.getCharBackground(screenPlacementX, screenPlacementY);
TCODColor newColor = TCODColor.Interpolate(currentColor, attackColor, .5f);
screen.setCharBackground(screenPlacementX, screenPlacementY, newColor);
}
}
/// <summary>
/// Draws a simple rect
/// </summary>
public static void DrawRect(TCODConsole console, int x, int y, int width, TCODColor color)
{
TCODColor fadedCol;
Vector2 pos;
for (int i = 0; i < width; i++)
{
pos = new Vector2(x + i, y);
fadedCol = GetFadedColor(pos, color);
console.setCharBackground(pos.X, pos.Y, fadedCol);
console.setChar(pos.X, pos.Y, ' ');
}
}
public void Draw(TCODConsole console, IGameEngine engine, List<ISkill> selectedSkillList, List<ISkill> newlySelectedSkillList, Point cursorPosition)
{
SkillSquare cursorSkillSquare = null;
ISkill cursorOverSkill = null;
if (m_squareLookup.ContainsKey(cursorPosition))
{
cursorSkillSquare = m_squareLookup[cursorPosition];
cursorOverSkill = cursorSkillSquare.GetSkill(engine);
}
int selectedSkillCost = newlySelectedSkillList.Sum(x => x.Cost);
int upperLeftX = cursorPosition.X - ((SkillTreePainter.SkillTreeWidth - 1) / 2);
int upperLeftY = cursorPosition.Y - ((SkillTreePainter.SkillTreeHeight - 1) / 2);
int lowerRightX = cursorPosition.X - ((SkillTreePainter.SkillTreeWidth - 1) / 2);
int lowerRightY = cursorPosition.Y - ((SkillTreePainter.SkillTreeHeight - 1) / 2);
int arrayWidth = CharArray.GetLength(0);
int arrayHeight = CharArray.GetLength(1);
for (int i = SkillTreePainter.UpperLeft + 1; i < SkillTreePainter.SkillTreeWidth + SkillTreePainter.UpperLeft - 1; ++i)
{
for (int j = SkillTreePainter.UpperLeft + 1; j < SkillTreePainter.SkillTreeHeight + SkillTreePainter.UpperLeft -1; ++j)
{
int gridX;
int gridY;
ConvertDrawToGridCoord(i, j, cursorPosition, out gridX, out gridY);
if (gridX >= 0 && gridY >= 0 && gridX < arrayWidth && gridY < arrayHeight)
{
//CalculateBackgroundColorForSkill
// We're painting something that shows up on our "grid"
TCODColor background = CalculateBackgroundColorForSkill(new Point(gridX, gridY), cursorPosition, selectedSkillList, newlySelectedSkillList, engine.Player.SkillPoints, selectedSkillCost, cursorOverSkill);
console.putCharEx(i, j, CharArray[gridX, gridY], UIHelper.ForegroundColor, background);
}
else
{
// We're not painting something on our grid, black it out
console.setCharBackground(i, j, m_black);
}
}
}
if (cursorSkillSquare != null)
DrawSkillPopup(console, selectedSkillList, engine.Player.SkillPoints - selectedSkillCost, cursorSkillSquare, cursorOverSkill, cursorPosition);
}
public override void DrawNewFrame(TCODConsole screen)
{
if (m_isSelectionCursor)
{
screen.setCharBackground(ScreenCenter.X + 1, ScreenCenter.Y + 1, TCODColor.darkYellow);
if (ToolTipsEnabled)
{
if (TCODSystem.getElapsedMilli() - m_lastCursorMovedTime > TimeUntilToolTipPopup)
{
if (m_currentToolTips.Count > 0)
{
const int MaxNumberOfLinesToShow = 3;
int numberOfLinesToShow = System.Math.Min(m_currentToolTips.Count, MaxNumberOfLinesToShow);
int longestLine = 0;
for (int i = 0; i < numberOfLinesToShow; ++i)
longestLine = System.Math.Max(longestLine, m_currentToolTips[i].Length);
// If we're going to need to print "...more..." make sure we have the width
if (m_currentToolTips.Count > MaxNumberOfLinesToShow)
longestLine = System.Math.Max(longestLine, 10);
screen.setBackgroundColor(ColorPresets.DarkGray);
int frameHeight = m_currentToolTips.Count > MaxNumberOfLinesToShow ? 3 + numberOfLinesToShow : 2 + numberOfLinesToShow;
screen.printFrame(ScreenCenter.X + 2, ScreenCenter.Y - 2, longestLine + 2, frameHeight, false, TCODBackgroundFlag.Multiply);
for (int i = 0; i < numberOfLinesToShow; ++i)
screen.printEx(ScreenCenter.X + 3, ScreenCenter.Y - 1 + i, TCODBackgroundFlag.Multiply, TCODAlignment.LeftAlignment, m_currentToolTips[i]);
if (m_currentToolTips.Count > MaxNumberOfLinesToShow)
screen.printEx(ScreenCenter.X + 3, ScreenCenter.Y - 1 + MaxNumberOfLinesToShow, TCODBackgroundFlag.Multiply, TCODAlignment.LeftAlignment, "...more...");
screen.setBackgroundColor(ColorPresets.Black);
}
}
}
}
}
public static void SetBackColorOfPos(IntVector2 pos, Color color)
{
displayConsole.setCharBackground(pos.X, pos.Y, new libtcod.TCODColor(color.R, color.G, color.B));
}
public new void Draw(TCODConsole console, Point offset)
{
switch (DrawMode) {
case DrawModes.Normal:
if (Area.SolidTerrainAt(Position)) goto case DrawModes.OnlyForegroundColor;
base.Draw(console, offset);
break;
case DrawModes.OnlyForegroundColor:
if (Position.X > offset.X && Position.X <= offset.X + 45 && Position.Y > offset.Y && Position.Y <= offset.Y + 45) {
console.setCharForeground(Position.X - offset.X, Position.Y - offset.Y, ForegroundColor);
}
break;
case DrawModes.OnlyBackgroundColor:
if (Position.X > offset.X && Position.X <= offset.X + 45 && Position.Y > offset.Y && Position.Y <= offset.Y + 45) {
console.setCharBackground(Position.X - offset.X, Position.Y - offset.Y, BackgroundColor);
}
break;
}
}
/// <summary>
/// Renders the current map as the background of the level
/// </summary>
private void RenderGameBackground(TCODConsole targetConsole, Camera camera, AreaMap currentMap,
Vector2 screenCenter)
{
int left = camera.GetBound(Camera.EBound.Left);
int right = camera.GetBound(Camera.EBound.Right);
int top = camera.GetBound(Camera.EBound.Top);
int bottom = camera.GetBound(Camera.EBound.Bottom);
if (left < 0)
{
left = 0;
right = camera.width;
}
if (top < 0)
{
top = 0;
bottom = camera.height;
}
if (right > currentMap.width)
{
left = currentMap.width - camera.width;
right = currentMap.width;
}
if (bottom > currentMap.height)
{
top = currentMap.height - camera.height;
bottom = currentMap.height;
}
TCODColor fg, bg;
for (int y = top; y < bottom; y++)
{
for (int x = left; x < right; x++)
{
// Translate the world coords into screen coords
int screenX = camera.screenX + x - left;
int screenY = camera.screenY + y - top;
var tile = currentMap.GetTile(x, y);
fg = tile.terrain.fg;
bg = tile.terrain.bg;
char ch = tile.terrain.Ch;
if (!tile.explored && showOnlyExplored)
{
bg = AreaMap.unexplored.bg;
fg = AreaMap.unexplored.fg;
ch = AreaMap.unexplored.Ch;
}
// If the tile is not in the current LOS, fade its color
if (!tile.cachedLOS && showOnlyLOS)
{
bg = FadeColor(bg, blockedBrightness);
fg = FadeColor(fg, blockedBrightness);
}
if (doCircularFade)
{
bg = GetFadedColor(new Vector2(screenX, screenY), screenCenter, bg);
fg = GetFadedColor(new Vector2(screenX, screenY), screenCenter, fg);
}
targetConsole.setCharBackground(screenX, screenY, bg);
targetConsole.setCharForeground(screenX, screenY, fg);
targetConsole.setChar(screenX, screenY, ch);
}
}
}
/// <summary>
/// Draws a line on the console from start to end
/// </summary>
public static void DrawLine(TCODConsole console, Vector2 from, Vector2 to, TCODColor color, bool fade = true)
{
if (from == to)
{
return;
}
Vector2 delta = from - to;
int absDeltax = Math.Abs(delta.X);
int absDeltay = Math.Abs(delta.Y);
int signx = Math.Sign(delta.x);
int signy = Math.Sign(delta.y);
int error = 0;
int x = to.X;
int y = to.Y;
Vector2 current;
TCODColor currentBg;
// Is the line x or y dominant
if (absDeltax > absDeltay)
{
error = absDeltay * 2 - absDeltax;
do
{
if (error >= 0)
{
y += signy;
error -= absDeltax * 2;
}
x += signx;
error += absDeltay * 2;
if (x == from.x && y == from.y)
{
break;
}
current = new Vector2(x - to.x, y - to.y);
float mag = fade ? current.SqrMagnitude() / (to - from).SqrMagnitude() : 1.0f;
currentBg = console.getCharBackground(x, y);
console.setCharBackground(x, y, CrossFadeColor(color, currentBg, mag));
} while(x != from.x || y != from.y);
}
else
{
error = absDeltax * 2 - absDeltay;
do
{
if (error >= 0)
{
x += signx;
error -= absDeltay * 2;
}
y += signy;
error += absDeltax * 2;
if (x == from.x && y == from.y)
{
break;
}
current = new Vector2(x - to.x, y - to.y);
float mag = fade ? current.SqrMagnitude() / (to - from).SqrMagnitude() : 1.0f;
currentBg = console.getCharBackground(x, y);
console.setCharBackground(x, y, CrossFadeColor(color, currentBg, mag));
} while(x != from.x || y != from.y);
}
}
public override void render(bool insight)
{
if (!insight && owner != null)
{
Map m = map;
int ox = owner.x - m.offsetX;
int oy = owner.y - m.offsetY;
if (ox >= -fovRadius && ox < m.renderWidth + fovRadius && oy >= -fovRadius && oy < m.renderHeight + fovRadius)
{
if (owner.x >= 0 && owner.x < m.tiles.GetLength(0) && owner.y >= 0 && owner.y < m.tiles.GetLength(1))
{
lightmap.clear();
int OFX = m.renderX - ox + mapx <= 0 ? 0 : m.renderX - ox + mapx;
int OFY = m.renderY - oy + mapy <= 0 ? 0 : m.renderY - oy + mapy;
int OFW = ox + width - m.renderWidth <= 0 ? 0 : ox + width - m.renderWidth;
int OFH = oy + height - m.renderHeight <= 0 ? 0 : oy + height - m.renderHeight;
for (int x = -mapx + OFX; x < width - OFW; x++)
{
for (int y = -mapy + OFY; y < height - OFH; y++)
{
int mx = owner.x + x;
int my = owner.y + y;
double distance = Math.Sqrt(Math.Pow(owner.x - (mx), 2) + Math.Pow(owner.y - (my), 2));
if (distance <= fovRadius)
{
if ((m.isExplored(mx, my) || m.showAllTiles))
{
try
{
byte rs = (byte)((strenght * color.Red) / 255);
byte gs = (byte)((strenght * color.Green) / 255);
byte bs = (byte)((strenght * color.Blue) / 255);
byte r = (byte)(rs - (((float)rs / ((float)fovRadius)) * ((byte)distance)));
byte g = (byte)(gs - (((float)gs / ((float)fovRadius)) * ((byte)distance)));
byte b = (byte)(bs - (((float)bs / ((float)fovRadius)) * ((byte)distance)));
TCODColor lcolor = level.lightMapConsole.getCharBackground(mx - m.offsetX, my - m.offsetY);
if ((int)r + (int)lcolor.Red < 255)
{
r += lcolor.Red;
}
else
{
r = 255;
}
//r += (byte)(lcolor.Red - ((int)r + (int)lcolor.Red - 255));
if ((int)g + (int)lcolor.Green < 255)
{
g += lcolor.Green;
}
else
{
g = 255;
}
//g += (byte)(lcolor.Green - ((int)g + (int)lcolor.Green - 255));
if ((int)b + (int)lcolor.Blue < 255)
{
b += lcolor.Blue;
}
else
{
b = 255;
}
//b += (byte)(lcolor.Blue - ((int)b + (int)lcolor.Blue - 255));
byte tile = calculatedMaps[x + mapx, y + mapy, 0];
/*
* if (tile == 2)
* {
* if (r > (byte)(rs / 3))
* r -= (byte)(rs / 3);
* if (g > (byte)(gs / 3))
* g -= (byte)(gs / 3);
* if (b > (byte)(bs / 3))
* b -= (byte)(bs / 3);
* }
*/
TCODColor col = new TCODColor(r, g, b);
if (tile != 0)
{
lightmap.setCharBackground(mx - m.offsetX, my - m.offsetY, col, TCODBackgroundFlag.Set);
}
else if (false)
{
tile = calculatedMaps[x + mapx, y + mapy, 1];
if (tile != 0)
{
if (r > (byte)(rs / 3))
{
r -= (byte)(rs / 3);
}
if (g > (byte)(gs / 3))
{
g -= (byte)(gs / 3);
}
if (b > (byte)(bs / 3))
{
b -= (byte)(bs / 3);
}
if (tile == 2)
{
if (r > (byte)(rs / 5))
{
r -= (byte)(rs / 5);
}
if (g > (byte)(gs / 5))
{
g -= (byte)(gs / 5);
}
if (b > (byte)(bs / 5))
{
b -= (byte)(bs / 5);
}
}
col = new TCODColor(r, g, b);
lightmap.setCharBackground(mx - m.offsetX, my - m.offsetY, col, TCODBackgroundFlag.Set);
}
}
}
catch (Exception e)
{
Console.WriteLine(e.Message);
throw new Exception(e.Message);
}
}
}
else
{
//if (lightmap.getCharBackground(mx - m.offsetX, my - m.offsetY)!= TCODColor.black)
//lightmap.setCharBackground(mx - m.offsetX, my - m.offsetY, TCODColor.black, TCODBackgroundFlag.Set);
}
}
}
TCODConsole.blit(lightmap, 0, 0,
lightmap.getWidth(), lightmap.getHeight(), level.lightMapConsole, 0, 0, (float)strenght / (255 * 2), (float)strenght / (255 * 2));
}
}
}
}
private void DrawTabBar(TCODConsole screen)
{
const int HorizontalTabOffset = 2;
screen.rect(UpperLeft + 1, UpperLeft + 1, SkillTreeWidth - 2, HorizontalTabOffset - 1, true);
screen.putChar(UpperLeft, UpperLeft + HorizontalTabOffset, (int)TCODSpecialCharacter.TeeEast);
screen.putChar(UpperLeft + SkillTreeWidth - 1, UpperLeft + HorizontalTabOffset, (int)TCODSpecialCharacter.TeeWest);
screen.hline(UpperLeft + 1, UpperLeft + HorizontalTabOffset, SkillTreeWidth - 2);
int x = UpperLeft + 2;
int y = UpperLeft + HorizontalTabOffset - 1;
foreach (string name in m_skillTreeTabs.Keys)
{
int xOffset = name == "Water" ? 1 : 0;
screen.print(x + xOffset, y, name);
x += name.Length + 1;
if (name != "Water")
{
screen.putChar(x, y, (int)TCODSpecialCharacter.VertLine);
// This is a bit of a hack. We don't want to overwrite the color'ed background title of the frame, so we check first
// This can break if libtcod changes that background title color
if (!screen.getCharBackground(x, y - 1).Equal(new TCODColor(211, 211, 211)))
screen.putChar(x, y - 1, (int)TCODSpecialCharacter.TeeSouth);
screen.putChar(x, y + 1, (int)TCODSpecialCharacter.TeeNorth);
}
x += 2;
if (m_currentTabName == name)
{
int lengthReductionToDueTee = name == "Water" ? 0 : 2;
for (int i = x - 4 - name.Length; i < x - lengthReductionToDueTee; i++)
{
screen.setCharBackground(i, y, TCODColor.grey);
}
}
}
}
private static void DrawThing(Point mapUpCorner, Point position, TCODConsole screen, TCODColor c)
{
int screenPlacementX = mapUpCorner.X + position.X + 1;
int screenPlacementY = mapUpCorner.Y + position.Y + 1;
if (IsDrawableTile(screenPlacementX, screenPlacementY))
screen.setCharBackground(screenPlacementX, screenPlacementY, c);
}
public override void DrawNewFrame(TCODConsole screen)
{
screen.printFrame(StartingX, 0, InfoWidth, InfoHeight, true);
screen.printEx(SectionCenter, 1, TCODBackgroundFlag.Set, TCODAlignment.CenterAlignment, m_name);
// The 7 and 18 here are psydo-magical, since they place the text overlap just so it fits and doesn't go over for sane values
screen.printEx(StartingX + 7, 2, TCODBackgroundFlag.None, TCODAlignment.CenterAlignment, m_healthString);
screen.printEx(StartingX + 18, 2, TCODBackgroundFlag.None, TCODAlignment.CenterAlignment, m_staminaString);
for (int j = 0; j < BarLength; ++j)
screen.setCharBackground(StartingX + 2 + j, 2, PlayerHealthBarColorAtPosition(j));
screen.printEx(StartingX + 13, 3, TCODBackgroundFlag.Set, TCODAlignment.CenterAlignment, m_manaString);
for (int j = 0; j < BarLength; ++j)
screen.setCharBackground(StartingX + 2 + j, 3, PlayerManaBarColor(j));
int nextAvailablePosition = 6;
string skillPointString = "Skill Points: " + m_skillPoints;
screen.print(StartingX + 2, nextAvailablePosition, skillPointString);
nextAvailablePosition += 2;
int linesTaken = screen.printRect(StartingX + 2, nextAvailablePosition, UIHelper.ScreenWidth - StartingX - 3, 5, m_weaponString);
nextAvailablePosition += linesTaken + 1;
m_colorHelper.SaveColors(screen);
if (m_statusEffects.Count() > 0)
{
screen.print(StartingX + 2, nextAvailablePosition, "Status Effects:");
int currentX = StartingX + 2 + 1 + 15;
foreach (IStatusEffect s in m_statusEffects)
{
if (currentX + s.Name.Length >= UIHelper.ScreenWidth)
{
currentX = StartingX + 2;
nextAvailablePosition++;
}
screen.setForegroundColor(s.IsPositiveEffect ? ColorCache.Instance["DarkGreen"] : ColorCache.Instance["DarkRed"] );
screen.print(currentX, nextAvailablePosition, s.Name);
currentX += s.Name.Length + 1;
}
nextAvailablePosition += 2;
}
m_colorHelper.ResetColors(screen);
m_colorHelper.SaveColors(screen);
if (m_monstersNearby.Count > 0)
{
screen.print(StartingX + 2, nextAvailablePosition, m_nearbyEnemyString);
// Show at most 8 monsters
int numberOfMonstersToShow = m_monstersNearby.Count > 8 ? 8 : m_monstersNearby.Count;
for (int i = 0; i < numberOfMonstersToShow; ++i)
{
ICharacter currentMonster = m_monstersNearby[i];
if (MapCursorEnabled)
{
if (currentMonster.Position == CursorSpot)
screen.setForegroundColor(ColorCache.Instance["DarkYellow"]);
else
screen.setForegroundColor(UIHelper.ForegroundColor);
}
screen.printEx(StartingX + 12, nextAvailablePosition + 1 + i, TCODBackgroundFlag.Set, TCODAlignment.CenterAlignment, currentMonster.Name);
for (int j = 0; j < HealthBarLength(currentMonster, true); ++j)
screen.setCharBackground(StartingX + 2 + j, nextAvailablePosition + 1 + i, EnemyHealthBarColor(currentMonster));
}
nextAvailablePosition += 2;
}
m_colorHelper.ResetColors(screen);
if (Preferences.Instance.DebuggingMode)
{
screen.print(54, 39, "Turn Count - " + m_turnCount.ToString());
screen.print(54, 40, "Danger - " + m_inDanger.ToString());
string level = (m_currentLevel + 1).ToString();
screen.print(54, 41, "Level - " + level);
string position = m_position.ToString();
screen.print(54, 42, position);
string fps = TCODSystem.getFps().ToString();
screen.print(54, 43, fps);
}
}
